CBD Stand for is an abbreviation for cannabidiol, which is an active chemical (also known as a cannabinoid) found in hemp. There are hundreds of different cannabinoids, but CBD has recently become one of the most talked about – most popular.
In fact, CBD has surpassed its famous relative THC in many markets. Most people have heard of CBD, but if you’re new here, here are the fundamentals.
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CBD Stands for Cannabidiol – Here Are The Basics
The fact that there are several varieties of Cannabis sativa adds to the confusion. When most people hear the word cannabis, they probably think of marijuana (and THC).
However, hemp is also a member of this remarkable plant family. By definition, hemp contains less than 0.3% THC, yet several strains are high in CBD stand. Manufacturers extract pure CBD for use in supplements, ensuring that the THC level remains low (for compliance purposes).
Some marijuana strains do contain significant quantities of CBD. However, hemp-derived CBD supplements account for the vast majority of the CBD supplement market.
Read More: Why Does CBD Dosage, Matter?
Why Do People Use CBD?
CBD is used for a variety of reasons. Users particularly laud the cannabinoid for stress relief, pain relief, and promoting a good night’s sleep.
As we learn more about CBD and its therapeutic qualities, it’s good to know that it’s a natural wellness product with few side effects. CBD has been classified as “usually harmless, non-toxic, and non-addictive in humans” by the World Health Organization (WHO).
How CBD Works
CBD functions by interacting with the body’s endocannabinoid system, also known as the ECS. This is a network of receptors that regulates a variety of processes such as pain response, immunological response, and even sleep patterns.
Because endocannabinoids and phytocannabinoids (from hemp) are so similar, substances like CBD Stand for can have a wide range of effects on the human body.
CBD appears to increase the creation of endocannabinoids rather than directly binding to ECS receptors, according to research. It may also work to prevent enzymatic endocannabinoid degradation.
Why is that important?
Endocannabinoids exist to help the body regulate itself and maintain homeostasis. Enzymes degrade them once their function is completed. CBD prevents this, allowing endocannabinoids to govern the body for extended lengths of time. In short, it has an impact on a variety of physiological activities.
So far, it appears that CBD stands for has largely beneficial impacts. Because of the endocannabinoid system’s extensive reach, eating CBD can have far-reaching impacts on the body. This is why experts compare CBD to an all-around wellness product that people can take on a regular basis.
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